The IceCube Neutrino Observatory is located at the South Pole, which is an important tool for studying high-energy neutrinos, and provides novel insights into the universe's most energetic processes. In this study...
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In radiological testing for treatment and diagnosis, chest X-rays and medical radiographs are most frequently utilized in clinical practice. A skilled radiologists may require some patience to read and interpret a che...
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Since the rise of the COVID-19 pandemic, safeguarding public health has taken paramount importance, drastically transforming lives in unprecedented ways. Mitigating the virus's spread necessitates various measures...
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Nowadays, many real-life applications, namely healthcare, transportation, fire detection, and many more, rely on data collected from Internet of Things (IoT) devices. The collected data is too extensive and requires e...
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This research explores Decentralized Finance (DeFi) through the lens of enhanced applications, introducing the concept of Decentralized Finance Enhanced (DeFine). It examines the transformative potential of DeFi, anal...
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There is no surprise that it is known that there have emerged several benefits as well as drawbacks with the progressive growth of industrialization, vehicles-be it public or private, as well as urban transit systems....
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In this paper, we propose a novel ensemble of Convolutional Neural Network-Long Short-Term Memory with an Extra Tree Classifier for automatic feature engineering in the spatiotemporal domain and classification of diff...
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Stress tolerance plays a vital role in ensuring the effectiveness of piezoresistive sensing films used in flexible pressure ***,existing methods for enhancing stress tolerance employ dome-shaped,wrinkle-shaped,and pyr...
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Stress tolerance plays a vital role in ensuring the effectiveness of piezoresistive sensing films used in flexible pressure ***,existing methods for enhancing stress tolerance employ dome-shaped,wrinkle-shaped,and pyramidal-shaped microstructures in intricate molding and demolding processes,which introduce significant fabrication challenges and limit the sensing *** address these shortcomings,this paper presents periodic microslits in a sensing film made of multiwalled carbon nanotubes and polydimethylsiloxane to realize ultrahigh stress tolerance with a theoretical maximum of 2.477 MPa and a sensitivity of 18.092 kPa−*** periodic microslits permit extensive deformation under high pressure(e.g.,400 kPa)to widen the detection ***,the periodic microslits also enhance the sensitivity based on simultaneously exhibiting multiple synapses within the sensing interface and between the periodic sensing *** proposed solution is verified by experiments using sensors based on the microslit strategy for wind direction detection,robot movement sensing,and human health *** these experiments,vehicle load detection is achieved for ultrahigh pressure sensing under an ultrahigh pressure of over 400 kPa and a ratio of the contact area to the total area of 32.74%.The results indicate that the proposed microslit strategy can achieve ultrahigh stress tolerance while simplifying the fabrication complexity of preparing microstructure sensing films.
Brain tumor classification is crucial for effective patient care, but traditional MRI-based methods often face accuracy limitations, especially in distinguishing between tumor types. This study introduces a novel Quan...
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The insider threat has grown to be a broadly conventional problem, and it has become the most predominant demanding situation in the field of cybersecurity. This system shows that threats require a unique method of de...
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